Max Lab > Lab Test in Patiala > Lab Test in New Officers Colony > MRD-ALL Panel
₹ 12500
10% OFF for Senior Citizens | USE CODE SS10 *
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MRD-ALL Panel |
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EDTA |
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Male |
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All Age Groups |
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₹ 12500 |
Minimal residual disease is defined as the small number of cancer cells that remain in the body after cancer treatment. Measurable or minimal residual disease (MRD) testing is used to observe whether the cancer treatment is working fine or not. It also helps to plan further treatment plans. MRD test in New Officers Colony, Patialaing is mainly used in blood cancers, such as leukaemia, lymphoma, and myeloma. MRD test in New Officers Colony, Patiala for acute leukaemia is the strongest independent prognostic predictor. Also, for the treatment of adult and paediatric acute lymphocytic leukaemia (ALL), MRD test in New Officers Colony, Patialaing is a part of routine test in New Officers Colony, Patialaing. Additionally, in relapsed settings of multiple myeloma, MRD test in New Officers Colony, Patialaing is a predictor of survival outcomes. The standard procedure of the MRD test in New Officers Colony, Patiala is to assess the number of myeloma cells in a bone marrow sample using techniques like genetic sequence analysis, next-generation sequencing and flow cytometry: next-generation flow.
MRD test in New Officers Colony, Patiala is done to find any remaining cancer cells that may be left in small numbers. MRD lab test in New Officers Colony, Patialas use sensitive methods which can find even a single cancer cell in 1 million healthy cells. MRD blood test in New Officers Colony, Patialas include methods such as polymerase chain reaction (PCR), multiparametric flow cytometry, and next-generation sequencing (NGS). Such test in New Officers Colony, Patialas are used after initial treatments for blood cancers like multiple myeloma. It helps to observe how well a person’s body is responding to treatment, if the person is in full remission, and to check if remission is stable or not or if there is any recurrence.
MRD test in New Officers Colony, Patiala results can affect a person’s treatment by helping in making treatment decisions and improving patient outcomes as it helps in:
Minimal residual disease is defined as the small number of cancer cells that remain in the body after cancer treatment. Measurable or minimal residual disease (MRD) testing is used to observe whether the cancer treatment is working fine or not. It also helps to plan further treatment plans. MRD test in New Officers Colony, Patialaing is mainly used in blood cancers, such as leukaemia, lymphoma, and myeloma. MRD test in New Officers Colony, Patiala for acute leukaemia is the strongest independent prognostic predictor. Also, for the treatment of adult and paediatric acute lymphocytic leukaemia (ALL), MRD test in New Officers Colony, Patialaing is a part of routine test in New Officers Colony, Patialaing. Additionally, in relapsed settings of multiple myeloma, MRD test in New Officers Colony, Patialaing is a predictor of survival outcomes. The standard procedure of the MRD test in New Officers Colony, Patiala is to assess the number of myeloma cells in a bone marrow sample using techniques like genetic sequence analysis, next-generation sequencing and flow cytometry: next-generation flow.
MRD test in New Officers Colony, Patiala is done to find any remaining cancer cells that may be left in small numbers. MRD lab test in New Officers Colony, Patialas use sensitive methods which can find even a single cancer cell in 1 million healthy cells. MRD blood test in New Officers Colony, Patialas include methods such as polymerase chain reaction (PCR), multiparametric flow cytometry, and next-generation sequencing (NGS). Such test in New Officers Colony, Patialas are used after initial treatments for blood cancers like multiple myeloma. It helps to observe how well a person’s body is responding to treatment, if the person is in full remission, and to check if remission is stable or not or if there is any recurrence.
MRD test in New Officers Colony, Patiala results can affect a person’s treatment by helping in making treatment decisions and improving patient outcomes as it helps in: